Titles Starting with d

* D-Nurbs: A Physics-Based Framework For Geometric Design
* D. Architectures
* D. Architectures, Systems, Software, Techniques
* D. Computational Techniques
* D. Hardware and Software
* D. COMPUTATIONAL TECHNIQUES (D.1) Architectures and environments: [507-534] (D.2) Databases: [535-625] (D.3) Operations: [626-646] (D.4) Processes: [647-674] (D.5) Geometric operations; calibration: [675-710].
* D. COMPUTATIONAL TECHNIQUES
* D. COMPUTATIONAL TECHNIQUES[2]
* D.1 Architectures, etc.
* D.1. Architectures and environments
* D.1. Architectures, etc.
* D.1. General references
* D.1. General
* D.2 Databases
* D.2. Architectures, algorithms
* D.2. Cellular Arrays
* D.2. Cellular arrays, etc
* D.2. Databases
* D.2. Hardware, systems
* D.2. Meshes, etc.
* D.2. Meshes, hypercubes, etc.
* D.2. Multiscale methods; estimation and regularization
* D.2. Operations
* D.3 Operations
* D.3. Architectures, algorithms
* D.3. Cellular arrays
* D.3. Operations
* D.3. Other Systems
* D.3. Other systems, etc.
* D.3. Representations, etc.
* D.4 Processes
* D.4. Calibration
* D.4. Morphology
* D.4. Multiresolution techniques
* D.4. Other systems
* D.4. Processes
* D.4. Related topics
* D.4. Software, Databases
* D.5 Geometric operations, calibration
* D.5. Estimation, etc.
* D.5. Geometric operations, calibration
* D.5. Other topics
* D.5. Software, databases
* D.5. Techniques
* D.6. Techniques
* Daedalus Battlefield Visualization System
* Darboux Frames, Snakes, And Super-Quadrics: Geometry From The Bottom Up
* Darboux Frames, Snakes, And Super-Quadrics: Geometry From The Bottom Up
* Darpa Automatic Sensor Interpretation Workshop (Fairfax, Va, September 30 - October 2, 1993)
* Darpa Image Understanding Benchmark For Parallel Computers, The
* Darpa Image Understanding Benchmark Workshop, Avon, Ct
* Data- And Model-Driven Multiresolution Processing
* Data- And Model-Driven Selection Using Parallel Line Groups
* Data-Driven Algorithm And Systolic Architecture For Image Morphology, A
* Data-Driven Intermediate Level Feature Extraction Algorithm, A
* Data-Driven Method For Choosing Smoothing Parameters In Optical Flow Problems ., A
* Data-Driven Multi-Frame 3d Motionestimation
* Data-Driven Registration For Local Deformations
* Data-Driven Vlsi Image Processor (Impp)-A Lsi Version Of Tip, A
* Data Allocation Strategies For Parallel Image Processing Algorithms
* Data And Model-Driven Selection Using Closely-Spaced Parallel-Line Groups
* Data And Model-Driven Selection Using Color Regions
* Data And Model Driven Foveation
* Data Compression Conference, Snowbird, Ut
* Data Compression For Progressive Transmission Of Screened Pictures
* Data Compression Using Static Huffman Code-Decode Tables
* Data Compression
* Data Compression, Wiley
* Data Compression: Techniques And Applications, Lifetime Learning Publications, Belmont
* Data Compression: The Ultimate Reference, Springer
* Data Conversion Processor For The Inspection Of Complicated Binary Patterns, A
* Data Dependent Filters For Edge Enhancement Of Landsat Images
* Data Distribution Concepts For Parallel Image Processing
* Data Flow Computer Architecture For Markov Image Models, A
* Data Fusion In Robotics And Machine Intelligence, Academic Press
* Data Mapping And Rotation Functions For The Massively Parallel Processor
* Data Movement Techniques For The Pyramid Computer
* Data Parallel Algorithm For Solving The Region Growing Problem On The Connection Machine, A
* Data Parallel Implementation Of An Edge Point Chaining: Towards A New Principle Of Edge Linking, A
* Data Reduction Algorithm For Planar Curves, A
* Data Reduction Using Cubic Rational B-Splines
* Data Set For Quantitative Motion Analysis, A
* Data Structure Suitable For Representing The Calligraphic Rules For Chinese Character Evaluation, A
* Data Structure Support For A Geographic Database Management System
* Data Structures And Algorithms For Approximate String Matching
* Data Structures And Target Classification (Orlando, Fl, April 1-2
* Data Structures And The Time Complexity Of Ray Tracing
* Data Structures For Image Processing In A C Language And Unix Environment
* Data Structures For Image Processing In C
* Data Structures For Multi-Layer N-Dimensional Data Using Hierarchical Structure
* Data Structures For Quadtree Approximation And Compression
* Data Structures For Raster Graphics (Steensel, Holland, June 24-28, 1985), Springer
* Data Structures For Retrieval On Square Grids
* Data, Models, And Images
* Database Capture System For Mechanical Drawings Using An Efficient Multi-Dimensional Graphical Data Structure, A
* Database Structure And Manipulation Capabilities Of A Picture Database Management System (Picdms)
* Database Support For Exploitation Image Understanding
* Database Support For Solid Modeling
* Davenport-Schinzel Sequences And Their Geometric Applications, Cambridge University Press, Cambridge
* Dcc '93, Ieee Computer Society Data Compression Conference, Snowbird, Ut
* Dcc '94, Ieee Computer Society Data Compression Conference, Snowbird, Ut
* Dcc '96, Data Compression Conference, Snowbird, Ut
* Dealing With Occlusions In The Eigenspace Approach
* Dealing With Space In Natural Language Processing
* Deblurring Algorithm Using Edge Gradient For The Walsh-Hadamard Transform Image Coding System, A
* Deblurring Gaussian Blur
* Decentralized Bayesian Algorithm For Identification Of Tracked Targets, A
* Decimation Of Triangle Meshes
* Decimation Of Visible Surfaces
* Decision-Based Neural Network For Face Recognition System
* Decision-Based Order Statistic Filters
* Decision-Theoretic Cooperative Sensor Planning
* Decision Estimation And Classification-An Introduction To Pattern Recognition And Related Topics, Wiley
* Decision Problems For Patterns
* Decision Rule For The Choice Of Gaussian Or Lognormal Models For Images, A
* Decision Theoretic Approach For 3-D Vision, A
* Decision Tree Design Using A Probabilistic Model
* Declarative Approach To Visualizing Concurrent Computations, A
* Decoding Substitution Ciphers By Means Of Word Matching With Application To Ocr
* Decomposable Algorithm For Contour Surface Display Generation, A
* Decomposable Parameter Space For The Detection Of Ellipses, A
* Decomposing A Planar Figure Into Lines And Nodes
* Decomposing A Polygon Into Simpler Components
* Decomposing A Set Of Points Into Chains, With Applications To Permutation And Circle Graphs
* Decomposing A Window Into Maximal Quadtree Blocks
* Decomposing Polygonal Regions Into Convex Quadrilaterals
* Decomposing The Boundary Of A Nonconvex Polyhedron
* Decomposing The Laplacian
* Decomposition And Approximation Of Three-Dimensional Solids
* Decomposition And Intersection Of Simple Splinegons
* Decomposition And Parallel Architecture For The Geometric Transformation Of Digital Images
* Decomposition Methods For Convolution Operators
* Decomposition Of 3d Objects Into Compact Subobjects By Analysis Of Cross-Sections
* Decomposition Of Additively Separable Structuring Elements With Applications
* Decomposition Of Arbitrarily Shaped Binary Morphological Structuring Elements Using Genetic Algorithms
* Decomposition Of Arbitrarily Shaped Morphological Structuring Elements
* Decomposition Of Complex Shapes For Their Structural Recognition
* Decomposition Of Convex Polygonal Morphological Structuring Elements Into Neighborhood Subsets
* Decomposition Of Edge Operators
* Decomposition Of Fluorescent Illuminant Spectra For Accurate Colorimetry
* Decomposition Of Geometric-Shaped Structuring Elements Using Morphological Transformations On Binary Images
* Decomposition Of Gray-Scale Morphological Structuring Elements
* Decomposition Of Gray-Scale Morphological Templates Using The Rank Method
* Decomposition Of Gray Scale Morphological Structuring Elements
* Decomposition Of Image Tensors, The
* Decomposition Of Morphological Structuring Elements
* Decomposition Of Polyhedral Scenes In Hough Space
* Decomposition Of The Hough Transform: Curve Detection With Efficient Error Propagation
* Decomposition Of Transformation Matrices For Robot Vision
* Decomposition Theorem And Its Implications To The Design And Realization Of Two-Dimensional Filters, A
* Decomposition Theorem On Euclidean Steiner Minimal Trees, A
* Decomposition Theory And Transformations Of Visual Directions
* Decorating Implicit Surfaces
* Decoupling Fourier Components Of Dynamic Image Sequences: A Theory Of Signal Separation, Image Segmentation, And Optical Flow Estimation
* Decoupling The 3d Motion Space By Fixation
* Default Shape Theory: With Application To The Computation Of The Direction Of The Light Source
* Defect-Correction Algorithm For Minimizing The Volume Of A Simple Polyhedron Which Circumscribes A Sphere, A
* Defect Analysis Method For Visual Inspection, A
* Defect Detection In Random Colour Textures
* Defense And Government Computer Graphics Conference (Washington, Dc
* Defense And Government Computers And Graphics '85 (World Computer Graphics Association; Washington, Dc
* Deferred Data Structuring: Query-Driven Preprocessing For Geometric Search Problems
* Defining A Faceted Generalized Cylinder By Projections Of Cross Sections
* Defining And Rendering Of Textured Objects Through The Use Of Exponential Functions
* Defining C (1) Curves Containing Conic Segments
* Defining Visual Languages For Interactive Computing
* Definition And Rendering Of Terrain Maps, The
* Definition Of Surfaces Of Z3| A New 3d Discrete Jordan Theorem, A
* Deformable And Expansible Tree For Structure Recovery, A
* Deformable Boundary Finding Influenced By Region Homogeneity
* Deformable Contours: Modeling And Extraction
* Deformable Contours: Modeling And Extraction
* Deformable Curve And Surface Finite-Elements For Free-Form Shape Design
* Deformable Kernels For Early Vision
* Deformable Model-Based Image Segmentation Algorithm For Shapes With Corners, A
* Deformable Model-Based Shape And Motion Analysis From Images Using Motion Residual Error
* Deformable Model For Human Organ Extraction, A
* Deformable Model Of The Human Iris For Measuring Small Three-Dimensional Eye Movements, A
* Deformable Models For 3d Medical Images Using Finite Elements & Balloons
* Deformable Models In Medical Image Analysis, Ieee Computer Society Press, Los Alamitos
* Deformable Models With Parameter Functions: Application To Heart-Wall Modeling
* Deformable Models
* Deformable Models: Canonical Parameters For Surface Representation And Multiple View Integration
* Deformable Multi Template Matching With Application To Portal Images
* Deformable Object Modeling Using The Time-Dependent Finite Element Method
* Deformable Prototypes For Encoding Shape Categories In Image Databases
* Deformable Surface-Spine Model For 3-D Surface Registration, A
* Deformable Surface Reconstruction Coupled With Discontinuity Edge Detection
* Deformable Template Approach To Detecting Straight Edges In Radar Images, A
* Deformable Template Recognition Of Multiple Occluded Objects
* Deformable Templates In Image Sequences
* Deformable Templates Using Large Deformation Kinematics
* Deformable Velcro Surfaces
* Deformation Correction Using Euclidean Contour Distance Maps
* Deformation Detection With Frequency Modulation
* Deformation Invariants
* Deformations Incorporating Rigid Structures
* Deformed Template Matching By The Viterbi Algorithm
* Degraded Image Analysis: An Invariant Approach
* Degree-Constrained Pyramid Spanners
* Degree Complexity Bounds On The Intersection Of Algebraic Curves
* Degree Of Adjacency Or Surroundedness
* Deictic And Intrinsic Use Of Spatial Prepositions: A Multidisciplinary Comparison
* Deictically Controlled Wheelchair, The
* Delaunay-Based Representation Of Surfaces Defined Over Arbitrarily Shaped Domains
* Delaunay Triangulation And The Convex Hull Of N Points In Expected Linear Time
* Delaunay Triangulation And The Shape Hull As Tools In Muscle Fibre Analysis, The
* Delaunay Triangulation In Three Dimensions
* Delayed Reinforcement Learning For Adaptive Image Segmentation And Feature Extraction
* Delayed Reinforcement Learning For Closed-Loop Object Recognition
* Delft Image Analysis Laboratory: A Multi-User Facility For Research, Development And Education Of Image Analysis Methods, The
* Delineating Buildings By Grouping Lines With Mrf'S
* Delta Codes For Line Drawings
* Demodulation Of Images Modeled By Amplitude-Frequency Modulations Using Multidimensional Energy Separation
* Demonstrating Polynomial Run-Time Growth For Local Search Matching
* Dempster-Shafer Theory For Sensor Fusion In Autonomous Mobile Robots
* Dense Class Of Markov Random Fields And Associated Parameter Estimation, A
* Dense Depth Map Reconstruction: A Minimization And Regularization Approach Which Preserves Discontinuities
* Dense Depth Maps From Epipolar Images
* Dense Disparity Map Of Stereo Images, A
* Dense Estimation And Object-Based Segmentation Of The Optical Flow With Robust Techniques
* Dense Matching Of Two Views With Large Displacement
* Dense Non-Rigid Motion Estimation In Sequences Of Medical Images Using Differential Constraints
* Dense Nonrigid Motion Tracking From A Sequence Of Velocity Fields
* Dense Reconstruction By Zooming
* Dense Shape And Motion From Region Correspondences By Factorization
* Dense Structure From A Dense Optical Flow Sequence
* Dense Surface Patches From Thousands Of Pose Images
* Dense, Time-Varying Range Data Acquisition From Stereo Pairs Of Thermal And Intensity Images
* Densest Packing Of Translates Of The Union Of Two Circles
* Density Evaluation And Tracking Of Multiple Objects From Image Sequences
* Density Propagation For Surface Tracking
* Depth-Buffering Display Techniques For Constructive Solid Geometry
* Depth-From-Motion Estimation Based On A Multiscale Analysis Of Motion Constraint Equation Validity
* Depth-Order Point Classification Techniques For Csg Display Algorithms
* Depth And Flow From Motion Energy
* Depth And Image Recovery Using A Mrf Model
* Depth And Motion Analysis Machine, The
* Depth And Shape From Shading Using The Photometric Stereo Method
* Depth Based Recovery Of Human Facial Features From Video Sequences
* Depth Computations From Polyhedral Images
* Depth Data Segmentation Using Robust Estimation In A Hierarchical Data Structure
* Depth Discontinuities By Pixel-To-Pixel Stereo
* Depth Estimation Using Stereo Fish-Eye Lenses
* Depth Extraction By Stereo Triples And A Fast Correspondence Estimation Algorithm
* Depth Extraction Using A Single Moving Camera: An Integration Of Depth From Motion And Depth From Stereo
* Depth Extraction Using Lateral Or Axial Camera Motion: An Integration Of Depth From Motion And Stereo
* Depth First Picture-Expression As An Image Thresholding Strategy, The
* Depth From Defocus And Rapid Autofocusing: A Practical Approach
* Depth From Defocus By Changing Camera Aperture: A Spatial Domain Approach
* Depth From Defocus Using The Hermite Transform
* Depth From Defocus Vs. Stereo: How Different Really Are They?
* Depth From Defocus: A Spatial Domain Approach
* Depth From Dynamic Stereo Images
* Depth From Focus Using A Pyramid Architecture
* Depth From Focus With One Image
* Depth From Focus
* Depth From Focusing And Defocusing
* Depth From Looming Structure
* Depth From Relative Normal Flows
* Depth From Scattering
* Depth From Three Camera Stereo
* Depth Map Construction From Range-Guided Multiresolution Stereo Matching
* Depth Measurement By The Multi-Focus Camera
* Depth Perception Using Blurring And Its Application In Vlsi Wafer Probing
* Depth Reconstruction In Stereopsis
* Depth Recovery Algorithm Using Defocus Information, A
* Depth Recovery From Blurred Edges
* Depth Recovery From Surface Normals
* Depth Restoration From Defocused Images Using Simulated Annealing
* Derivation Of 3-D Surface Shape From Shadows, The
* Derivation Of Optical Flow Using A Spatiotemporal-Frequency Approach
* Derivation Of Qualitative Information In Motion Analysis
* Derivation Of Qualitative Information In Motion Analysis, The
* Derivation Of The Third-Order Directional Dervative
* Derivative Computation By Multiscale Filters
* Deriving Asic Architectures For The Hough Transform
* Deriving Coarse 3d Models Of Objects
* Deriving Digital Terrain Models From Landsat Data
* Deriving Facial Articulation Models From Image Sequences
* Deriving Line And Surface Orientation By Statistical Methods
* Deriving Orientation Cues From Stereo Images
* Deriving Stopping Rules For The Probabilistic Hough Transform By Sequential Analysis
* Deriving Texture Feature Set For Content-Based Retrieval Of Satellite Image Database
* Describing 1-D Intensity Transitions With Gaussian Derivatives At The Resolutions Matching The Transition Widths
* Describing A Robot'S Workspace Using A Sequence Of Views From A Moving Camera
* Describing And Recognizing 3-D Objects Using Surface Primitives, Springer
* Describing And Segmenting Scenes From Imperfect And Incomplete Data
* Describing Complicated Objects By Implicit Polynomials
* Describing Motion For Recognition
* Describing Surfaces
* Describing The Shapes Of Faces Using Surface Primitives
* Description And Discrimination Of Planar Shapes Using Shape Matrices
* Description And Interpretation Of Rotational Motion From Image Trajectories
* Description And Recognition Of Curved Objects
* Description And Reconstruction From Image Trajectories Of Rotational Motion
* Description And Representation Of 3-D Scenes In Computer Vision Systems
* Description And Tracking Of Moving Articulated Objects
* Description Of 3-D Object In Range Image
* Description Of 3-D Surfaces Using Curvature Properties
* Description Of Complex Objects From Multiple Range Images Using An Inflating Balloon Model
* Description Of Eye Figure With Small Parameters
* Description Of Fuzzy Images By Convex Hull Technique
* Description Of Object Shapes By Apparent Boundary And Convex Hull
* Description Of Planar Patterns By Invariant Features-An Attempt Towards The Explanation Of Visual Pattern Recognition
* Description Of Signature Images And Its Application To Their Classification
* Description Of Surfaces From Range Data Using Curvature Properties
* Description Of Surfaces From Range Data
* Description Of The Color Image By Using Stable View Points
* Description Of Various 3-D Models, A
* Description Of Weather Maps And Its Application To Implementation Of Weather Map Database
* Descriptions Of Complex Objects From Incomplete And Imperfect Data
* Descriptive Contour Fill Of Partly Degenerated Shapes
* Descriptive Pattern Recognition System Applied To Pictorial Patterns Where The Discriminating Information Is Carried In The Object Shape, A
* Design And Analysis Of A Multiprocessor For Image Processing
* Design And Analysis Of Dynamic Huffman Coding
* Design And Analysis Of Parallel Algorithms, Prentice-Hall, Englewood Cliffs, The
* Design And Analysis Of Spatial Data Structures, Addison-Wesley, Reading, The
* Design And Evaluation Of A Semi-Automated Site Modeling System
* Design And Experimental Validation Of An Odometric And Goniometric Localization System For Outdoor Robot Vehicles
* Design And Fabrication Of Acousto-Optic Devices, Dekker
* Design And Implementation Of A Colour Vision Model For Computer Vision Applications
* Design And Implementation Of A Distributed Image Understanding System, The
* Design And Implementation Of A Low-Level Image Segmentation Architecture-Lisa
* Design And Implementation Of A Low-Level Segmentation Architecture-Lisa
* Design And Implementation Of A Programmable Stack Filter
* Design And Implementation Of High-Speed Visual Tracking System For Real-Time Motion Analysis
* Design And Implementation Of The Visual Programming Environment For (The) Distributed Image Processing
* Design And Implementation Of Two-Dimensional Fully Recursive Digital Filters
* Design And Motion Planning Of A Mechanical Snake
* Design And Performance Evaluation Of A Systolic Architecture For Hidden-Surface Removal
* Design And Performance Of Trish, A Binocular Robot Head With Torsional Eye Movements
* Design And Recovery Of 2-D And 3-D Shapes Using Rational Gaussian Curves And Surfaces
* Design And Test Of A Pattern Matching Circuit
* Design And Use Of Steerable Filters, The
* Design Considerations For A Space-Variant Visual Sensor With Complex-Logarithmic Geometry
* Design For A Visual Motion Transducer, A
* Design Of 2-D Recursive Digital Filters With Constant Group Delay Characteristics Using Separable Denominator Transfer Function And A New Stability Test
* Design Of A Dynamically Reconfigurable, Integrated, Parallel Vision System
* Design Of A Knowledge-Based System For Understanding Electronic Circuit Diagrams
* Design Of A Prototype Interactive Cartographic Display And Analysis Environment
* Design Of A Single-Lens Stereo Camera System
* Design Of A Vision System In Remote Sensing: Modelling Image Processing Sequences
* Design Of An Array Processor For Image Processing
* Design Of An Expert System For Object Classification Through An Application To The Classification Of Galaxies
* Design Of An Iconic Kernel System
* Design Of Antialiasing Patterns For Time-Sequential Sampling Of Spatiotemporal Signals
* Design Of Digital Fan Filters
* Design Of Fast Connected Components Hardware
* Design Of Fiducials For Accurate Registration Using Machine Vision
* Design Of Gracefully Degradable Hypercube-Connected Systems
* Design Of Hexagonal Sampling Structures For Image Digitization And Their Use With Local Operators, The
* Design Of Inherently Stable Two-Dimensional Recursive Filters From One-Dimensional Filters
* Design Of Large Intelligent Image Database Systems
* Design Of Linetool, A Geometric Editor, The
* Design Of Minimum Visual Modulation Halftone Patterns
* Design Of Morphological Filters Using Multiple Structuring Elements, Part I: Openings And Closings, The
* Design Of Morphological Filters Using Multiple Structuring Elements, Part Ii: Open (Close) And Close (Open), The
* Design Of Multi-Dimensional Derivative Filters
* Design Of Multi-Parameter Steerable Functions Using Cascade Basis Reduction
* Design Of One-Pass Training Algorithms For Variant Morphological Operations
* Design Of Optimal Filters For Error-Feedback Quantization Of Monochrome Pictures
* Design Of Optimal Gaussian Operators In Small Neighborhoods
* Design Of Perimeter Estimators For Digitized Planar Shapes
* Design Of Quantizers From Histograms
* Design Of Self-Tuning Iu Systems
* Design Of Two-Dimensional Gradient Estimators Based On One-Dimensional Operators, The
* Designing Buffon'S Needle For A Given Crossing Distribution
* Designing Efficient Algorithms For Parallel Computers, Mcgraw-Hill
* Designing Hopfield Type Networks Using Genetic Algorithms And Its Comparison With Simulated Annealing
* Designing Memories For Cellular Processors
* Designing Osed'S (Order Statistic Edge Detectors)
* Designing Parametric Blends: Surface Model And Geometric Correspondence
* Designing Stereo Heads Using Task Domain Constraints
* Designing Systolic Algorithms Using Sequential Machines
* Desktop Programmable Pixel-Parallel Accelerator For High Speed Image Processing
* Detail-Preserving Median Based Filters In Image Processing
* Detail Preserving Morphological Filtering
* Detectability Enhancement Of Thermographic Data
* Detectability, Uniqueness, And Reliability Of Eigen Windows For Stable Verification Of Partially Occluded Objects
* Detecting 3d Parallel Lines For Perceptual Organization
* Detecting Activities
* Detecting And Extracting Compact Textured Regions Using Pyramids
* Detecting And Localizing Edges Composed Of Steps, Peaks And Roofs
* Detecting And Solving Template Ambiguities Inmotion Segmentation
* Detecting And Tracking Moving Objects In Video From An Airborne Observer
* Detecting And Tracking Multiple Moving Objects Using Temporal Integration
* Detecting Blobs As Textons In Natural Images
* Detecting Boundaries In A Vector Field
* Detecting Buildings In Aerial Images
* Detecting Changes In Aerial Views Of Man-Made Structures
* Detecting Changes Of Buildings From Aerial Images Using Shadow And Shading Model
* Detecting Clouds And Cloud Shadows On Aerial Photographs
* Detecting Defects In Texture
* Detecting Digital Straight Line Segments In O(N[2])
* Detecting Dotted Lines And Curves In Random-Dot Patterns
* Detecting Edge Segments
* Detecting Facial Expressions From Face Images Using A Genetic Algorithm
* Detecting Half-Edges And Vertices In Images
* Detecting Height From Constrained Motion
* Detecting Human Faces In Color Images
* Detecting Image Primitives Using Feature Pyramids
* Detecting Junctions Using Properties Of The Laplacian Of Gaussian Detector
* Detecting Kinetic Occlusion
* Detecting Motion In Out-Of-Register Pictures
* Detecting Moving Objects From A Moving Platform
* Detecting Moving Objects Using The Rigidity Constraint
* Detecting Moving Objects
* Detecting Multiple Image Motions By Exploiting Temporal Coherence Of Apparent Motion
* Detecting Multiple Moving Targets Using Deformable Contours
* Detecting Number Of Folds By A Simple Mathematical Property
* Detecting Obstacles In Range Imagery
* Detecting Occluding Edges Without Computing Dense Correspondences
* Detecting Orientation Discontinuities In Range Images By Use Of Directional Derivatives
* Detecting Parameterized Curve Segments Using Mdl And The Hough Transform
* Detecting Parametric Curves Using The Straight Line Hough Transform
* Detecting Partially Occluded Ellipses Using The Hough Transform
* Detecting Perceptually Parallel Curves: Criteria And Force-Driven Optimization
* Detecting Periodic Structure
* Detecting Persons On Changing Background
* Detecting Planar And Curved Symmetries Of 3d Shapes From A Range Image
* Detecting Relative Motion In Moving Point Patterns
* Detecting Round Regions
* Detecting Runways In Aerial Images
* Detecting Runways In Complex Airport Scenes
* Detecting Salient Blob-Like Image Structures And Their Scales With A Scale-Space Primal Sketch: A Method For Focus-Of-Attention
* Detecting Salient Motion Using Spatiotemporal Filters And Optical Flow
* Detecting Shape Correspondences By Using The Generalized Hough Transform
* Detecting Skewed Symmetries
* Detecting Small, Moving Objects In Image Sequences Using Sequential Hypothesis Testing
* Detecting Specular Reflections Using Lambertian Constraints
* Detecting Straight Edges In Millimeter-Wave Images
* Detecting Structure By Symbolic Constructions On Tokens
* Detecting Structure In Random-Dot Patterns
* Detecting Symmetry In Grey Images: The Global Optimization Approach
* Detecting Symmetry In Grey Level Images: The Global Optimization Approach
* Detecting Textons And Texture Boundaries In Natural Images
* Detecting Texture Edges From Images
* Detecting Texture Periodicity From The Cooccurrence Matrix
* Detecting The Dominant Points By The Curvature-Based Polygonal Approximation
* Detecting The Image Boundaries Between Optical Flow Fields From Several Moving Planar Facets
* Detecting The Motion Of A Planar Surface By Line And Surface Integrals
* Detecting The Spatial Structure Of Natural Textures Based On Shape Analysis
* Detecting The Straightness Of Digital Curves In O(N) Steps
* Detecting Time-Varying Corners
* Detecting Unexpected Moving Obstacles That Appear In The Path Of A Navigating Robot
* Detecting Visual Motion Boundaries
* Detecting Wheels Of Vehicles In Stereo Images
* Detecting, Localizing And Grouping Repeated Scene Elements From An Image
* Detection Algorithms For Image Sequence Analysis
* Detection And Analysis Of Change In Remotely Sensed Imagery With Application To Wide Area Surveillance
* Detection And Characterization Of Isolated And Overlapping Spots
* Detection And Delineation Of Compact Objects Using Intensity Pyramids
* Detection And Description Of Buildings From Multiple Aerial Images
* Detection And Estimation Of Circular Arc Segments
* Detection And Gradation Of Oriented Texture
* Detection And Localization Of Faces On Digital Images
* Detection And Localization Of Objects In Time-Varying Imagery Using Attention, Representation And Memory Pyramids
* Detection And Location Of Moving Objects Using Deterministic Relaxation Algorithms
* Detection And Measurement Of Visual Motion, The
* Detection And Pose Estimation Of Human Face With Synthesized Image Models
* Detection And Recognition Of Periodic, Nonrigid Motion
* Detection And Remediation Technologies For Mines And Minelike Targets (Orlando, Fl, April 9-12
* Detection And Remediation Technologies For Mines And Minelike Targets Ii Orlando, Fl, April 22-24
* Detection And Remediation Technologies For Mines And Minelike Targets Iii (Orlando, Fl, April 13-17
* Detection And Removal Of Anomalies In Digitized Animation Film
* Detection And Segmentation Of Feature Trajectories In Multiple, Discontinuous Motion Image Sequences
* Detection And Segmentation Of Man-Made Objects In Outdoor Scenes: Concrete Bridges
* Detection And Smoothing Of Edge Contours In Images By One-Dimensional Kalman Techniques
* Detection And Sub-Pixel Location Of Objects In Digitized Aerial Imagery
* Detection And Three-Dimensional Localization By Stereoscopic Visual Sensor And Its Application To A Robot For Picking Asparagus
* Detection And Tracking Of Independent Motion
* Detection And Tracking Of Moving Objects Based On A Statistical Regularization Method In Space And Time
* Detection And Tracking Of Single-Pixel Targets Based On Trajectory Continuity
* Detection And Verification Of Surfaces Of Revolution By Perceptual Grouping
* Detection Filters And Algorithm Fusion For Atr
* Detection Of 3-D Simple Points For Topology Preserving Transformations With Application To Thinning
* Detection Of 3d Objects In Cluttered Scenes Usinghierarchical Eigenspace
* Detection Of Abnormalities On Carotid Angiograms Using Syntactic Techniques
* Detection Of Abrupt Changes In Signals And Dynamical Systems, Springer
* Detection Of Agricultural Areas In Tropical Regions
* Detection Of Airborne Compact Sources In Infra-Red Scenes Using Syntactic Pattern Recognition
* Detection Of Buildings From Monocular Views Of Aerial Scenes Using Perceptual Grouping And Shadows
* Detection Of Buildings Using Perceptual Grouping And Shadows
* Detection Of Circular Objects By Wave Propagation
* Detection Of Composite Edges
* Detection Of Convex And Concave Discontinuous Points In A Plane Curve
* Detection Of Curved And Straight Segments From Gray Scale Topography
* Detection Of Curved Road Edges In Radar Images Via Deformable Templates
* Detection Of Depth And Orientation Discontinuities In Range Images Using Mathematical Morphology
* Detection Of Diffuse And Specular Interface Reflections And Inter-Reflections By Color Image Segmentation
* Detection Of Diffuse Clusters In Noise Background
* Detection Of Direction And Wavelength Of Ocean Wave By Power Spectrum Of Ocean Wave Image
* Detection Of Discontinuities In The First Derivatives Of Surfaces
* Detection Of Dominant Points On An Object Boundary: A Discontinuity Approach
* Detection Of Dominant Points On Digital Curves By Scale-Space Filtering, The
* Detection Of Elongated Structures By Using Invertible Angular Representations Of Scalar Images
* Detection Of Eye Locations In Unconstrained Visual Images
* Detection Of Faces And Facial Landmarks Using Iconic Filter Banks
* Detection Of General Edges And Keypoints
* Detection Of Generalized Principal Axes In Rotationally Symmetric Shapes
* Detection Of Geological Fault Lines In Radar Images, The
* Detection Of Geometric Shapes By The Combination Of Genetic Algorithm And Subpixel Accuracy
* Detection Of Human Faces In Color Image Sequences With Arbitrary Motions For Very Low Bit-Rate Videophone Coding
* Detection Of Human Faces In Complex Scene Images By Use Of A Skin Color Model And Of Invariant Fourier-Mellin Moments
* Detection Of Intensity Changes With Subpixel Accuracy Using Laplacian-Gaussian Masks
* Detection Of Interest Points Using Symmetry
* Detection Of Interlocking Components In Three-Dimensional Digital Pictures
* Detection Of Linear Features In Satellite Imagery Using Robust Estimation
* Detection Of Linear Networks On Satellite Images
* Detection Of Linear Oblique Structures And Skew Scan In Digitized Documents
* Detection Of Low Clouds In Meteosat Ir Night-Time Images Based On A Contextual Spatio-Temporal Labeling Approach
* Detection Of Luminosity Profiles Of Elongated Shapes
* Detection Of Mines And Minelike Targets Using Principal Components And Neural-Network
* Detection Of Moving Edges
* Detection Of Moving Object In A Spatiotemporal Representation
* Detection Of Moving Objects In A Sequence Of Images Using A Coarse-To-Fine Strategy
* Detection Of Moving Objects Using A Robust Displacement Estimation Including A Statistical Error Analysis
* Detection Of Moving Objects Using Line Image Sequence
* Detection Of Multiple Moving Objects Using Multiscale Mrf With Camera Motion Compensation
* Detection Of Nonplanar Surfaces In Visual Space, Erlbaum, Hillsdale, The
* Detection Of Object Wings In Fused Range And Intensity Imagery
* Detection Of Objects Including Persons Using Image Processing
* Detection Of Parallel Straight Lines With The Application Of The Hough Transform, The
* Detection Of Partial Symmetry Using Correlation With Rotated-Reflected Images
* Detection Of Patterns In Images From Piecewise Linear Contours
* Detection Of Piecewise-Linear Signals By The Randomized Hough Transform
* Detection Of Regions Matching Specified Chromatic Features
* Detection Of Rotation And Parallel Translation Using Hough And Fourier Transforms
* Detection Of Rotational And Involutional Symmetries And Congruity Of Polyhedra
* Detection Of Rotationally Symmetric Shape Orientation By Fold-Invariant Shape-Specific Points
* Detection Of Significant Points And Polygonal Approximation Of Digitized Curves
* Detection Of Skewed-Symmetrical Shape
* Detection Of Small Moving Objects By Optical Flow
* Detection Of Small Obstacles At Long Range Using Multibaseline Stereo
* Detection Of Specularity Using Color And Multiple Views
* Detection Of Specularity Using Colour And Multiple Views
* Detection Of Specularity Using Stereo In Color And Polarization Space
* Detection Of Surface Orientation And Motion From Texture By A Stereological Technique
* Detection Of Surface Orientation From Texture I: The Case Of Planes
* Detection Of Symmetric And Radial Structures In Images
* Detection Of The Movements Of Persons From A Sparse Sequence Of Tv Images
* Detection Of Thin Structures In Images, The
* Detection Of Vehicles In Airborne Downward Looking Infrared Linescan Imagery, The
* Detection Performance Methodology
* Detection Techniques For Mines And Minelike Targets (Orlando, Fl, April 17-21
* Detection, Estimation, And Aggregation Of Three Major Types Of Discontinuities In Image Surfaces
* Detection, Localization And Estimation Of Edges
* Detection, Localization, And Estimation Of Edges
* Detection, Location, And Estimation Of Edges
* Determination Of 3-D Object Orientation From Projections
* Determination Of 3d Human Body Postures From A Single View
* Determination Of Aircraft Orientation For A Vision-Based System Using Artificial Neural Networks
* Determination Of Camera Location And Orientation
* Determination Of Camera Location From 2-D To 3-D Line And Point Correspondences
* Determination Of Camera Location From 2d To 3d Line And Point Correspondences
* Determination Of Compatibility Coefficients For Colour Edge Detection By Relaxation
* Determination Of Critical Points On Planar Shapes Using An Adaptive Line Of Sight Method
* Determination Of Egomotion And Environmental Layout From Noisy Time-Varying Image Velocity In Binocular Image Sequences
* Determination Of Face Position And Pose With A Learned Representation Based On Labelled Graphs
* Determination Of Feature Correspondences In Stereo Images Using A Calibration Polygon
* Determination Of Implicit Polynomial Canonical Curves, The
* Determination Of Local Coordinate Systems For Texture Synthesis On 3-D Surfaces
* Determination Of Motion Parameters And Estimation Of Point Correspondences In Small Nonrigid Deformations
* Determination Of Optical Flow And Its Discontinuities Using Non-Linear Diffusion
* Determination Of Optimal General Edge Detectors By Global Minimization Of A Cost Function
* Determination Of Optimal Polygon From Digital Curve Using L18 Norm
* Determination Of Robot Locations By Common Object Shapes
* Determination Of Singular Points In 2d Deformable Flow Fields
* Determination Of The 3d Border By Repeated Elimination Of Internal Surfaces
* Determination Of The Attitude Of 3-D Objects From A Single Perspective View
* Determination Of The Identity, Position And Orientation Of The Topmost Object In A Pile
* Determination Of The Optic Flow Field In The Presence Of Occlusion
* Determination Of The Optic Flow Field Using The Spatiotemporal Deformation Of Region Properties
* Determination Of The Orientation Of 3d Objects Using Spherical Harmonics
* Determination Of The Point Of Fixation In A Head-Fixed Coordinate System
* Determination Of The Relative Orientation Of Projections Of Asymmetric Objects
* Determination Of Three-Dimensional Object Location And Orientation From Range Images
* Determining 3-D Motion And Structure From Optical Flow Generated By Moving Objects
* Determining 3-D Motion Of Planar Objects From Image Brightness Patterns
* Determining 3-D Object Pose Using The Complex Extended Gaussian Image
* Determining 3d Motion/Structure Of A Rigid Body Over 2 Frames Using Correspondences Of Straight Lines Lying On Parallel Planes
* Determining A Depth Map Using A Dual Photometric Stereo
* Determining A Polyhedral Shape Using Interreflections
* Determining A Structured Spatio-Temporal Representation Of Video Content For Efficient Visualization And Indexing
* Determining Angles With A Movable Observer
* Determining Articulated Motion From Perspective Views: A Decomposition Approach
* Determining Back-Facing Curved Model Surfaces By Analysis At The Boundary
* Determining Camera Parameters From The Perspective Projection Of A Quadrilateral
* Determining Camera Parameters From The Perspective Projection Of A Rectangle
* Determining Connected Components In Linear Time By A Linear Number Of Processors
* Determining Correspondences And Rigid Motion Of 3-D Point Sets With Missing Data
* Determining Cylindrical Shape From Contour And Shading
* Determining Facial Expressions In Real Time
* Determining Grasp Configurations Using Photometric Stereo And The Prism Binocular Stereo System
* Determining Holes And Connectivity In Binary Images
* Determining Linear Shape Change: Toward Automatic Generation Of Object Recognition Programs
* Determining Linear Shape Change: Toward Automatic Generation Of Object Recognition Programs
* Determining Local Natural Scales Of Curves
* Determining Location And Orientation Of A Labelled Cylinder Using Point-Pair Estimation Algorithm
* Determining Motion And Depth From Binocular Orthographic Views
* Determining Motion Fields Under Non-Uniform Illumination
* Determining Motion From 3d Line Segment Matches: A Comparative Study
* Determining Motion Of Image Curves From Local Pattern Changes
* Determining Motion Of Non-Rigid Objects By Active Tubes
* Determining Motion Parameters For Scenes With Translation And Rotation
* Determining Motion Parameters Using Intensity Guided Range Sensing
* Determining Number Of Clusters And Prototype Locations Via Multi-Scale Clustering, Prl 19, 1998, 1265-1283. 841571. M.L. Brady, A Fast Discrete Approximation Algorithm For The Radon Transform
* Determining Object Attitude From Extended Gaussian Images
* Determining Object Motion In A Sequence Of Stereo Images
* Determining Object Shape From Local Velocity Measurements
* Determining Object Translation Information Using Stereoscopic Motion
* Determining Of Surface Properties By Projecting A Stripe Pattern
* Determining Optical Flow For Irregular Domains By Minimizing Quadratic Functionals Of A Certain Class
* Determining Optical Flow Using A Differential Method
* Determining Orientation, Location And Size Of Primitive Surfaces By A Modified Hough Transformation Technique
* Determining Perceptually Significant Points On Noisy Boundary Curves
* Determining Perspective Structures Using Hierarchical Hough Transform
* Determining Plane Orientation From Specular Reflectance
* Determining Pose Of 3d Objects With Curved Surfaces
* Determining Position And Displacement In Space From Images
* Determining Reflectance Parameters Using Range And Brightness Images
* Determining Reflectance Properties Of An Object Using Range And Brightness Images
* Determining Robot Egomotion From Motion Parallax Observed By An Active Camera
* Determining Shape And Reflectance Of Hybrid Surfaces By Photometric Sampling
* Determining Stereo Correspondence And Egomotion From A Sequence Of Stereo Images
* Determining Straight Line Correspondences From Intensity Images
* Determining Surface Orientation By Projecting A Stripe Pattern
* Determining The 3-D Motion Of A Rigid Planar Patch Without Correspondence, Under Perspective Projection
* Determining The 3-D Motion Of A Rigid Surface Patch Without Correspondence Under Perspective Projection: I. Planar Surfaces. Ii. Curved Surfaces.
* Determining The 3-D Pose Of A Flexible Object By Stereo Matching Of Curvature Representations
* Determining The 3-D Structure Of Serial-Sectioned Microscopic Objects: Analysis And Limitations
* Determining The 3d Position And Orientation Of A Robot Camera Using 2d Monocular Vision
* Determining The Axis Of A Surface Of Revolution Using Tactile Sensing
* Determining The Epipolar Geometry And Its Uncertainty: A Review
* Determining The Fundamental Matrix With Planes: Instability And New Algorithms
* Determining The Gaze Of Faces In Images
* Determining The Optimal Weights In Multiple Objective Function Optimization
* Determining The Probability Of A False Positive When Matching Chains Of Oriented Pixels
* Determining The Shape Of A Convex N-Sided Polygon By Using 2n+K Tactile Probes
* Determining The Shape Of Multi-Colored Dichromatic Surfaces Using Color Photometric Stereo
* Determining The Similarity Of Geometric Models
* Determining The Symmetry Of Polyhedra
* Determining Three-Dimensional Motion And Structure From Optical Flow Generated By Several Moving Objects
* Determining Three-Dimensional Motion And Structure From Perspective Views
* Determining Three-Dimensional Shape From Orientation And Spatial Frequency Disparities
* Determining Vanishing Point And Camera Parameter: New Approaches
* Determining Vanishing Points From Perspective Images
* Determining Wet Surfaces From Dry
* Deterministic And Stochastic Separation Of Digital Images
* Deterministic Approach For Stereo Disparity Calculation, A
* Deterministic Bayesian Estimation Of Markovian Random Fields With Applications To Computational Vision
* Deterministic Edge-Preserving Regularization In Computed Imaging
* Deterministic Properties Of The Recursive Separable Median Filter
* Deterministic Pseudo-Annealing: A New Optimization Scheme Applied To Texture Segmentation
* Deterministic Pseudo-Annealing: Optimization In Markov-Random-Fields/An Application To Pixel Classification
* Deterministic Sampling-A New Technique For Fast Pattern Matching
* Deterministic Simulation Of Idealized Parallel Computers On More Realistic Ones
* Deterministic Two-Dimensional On-Line Tessellation Acceptors Are Equivalent To Two-Way Two-Dimensional Alternating Finite Automata Through 180 Degree Rotation
* Developing A Quantitative Model Of Human Preattentive Vision
* Developing Applications For The Parallel Tamips Image Processor
* Developing Robotic Systems With Multiple Sensors
* Developing The Aspect Graph Representation For Use In Image Understanding
* Development And Comparison Of Robust Methods For Estimating The Fundamental Matrix, The
* Development Of A Scene Recognition System With Imprecise Descriptions
* Development Of A Segment-Based Description Of Events In Image Sequences
* Development Of A Video-Rate Stereo Machine
* Development Of An Incremental Graph Matching Device
* Development Of Spatial Cognition, Erlbaum, Hillsdale, The
* Development Of The Image Understanding Environment, The
* Development Of The Visual System, Mit Press, Cambridge
* Development Tool For Computer Vision Systems At Pixel Level
* Development Tools For A Model Directed Workpiece Recognition System
* Development, Implementation, Testing, And Application Of An Affine Transform Invariant Curvature Function
* Developmental Models Of Herbaceous Plants For Computer Imagery Purposes
* Developments In Knowledge-Based Vision For Obstacle Detection And Avoidance
* Developments In X-Ray Tomography San Diego, Ca, July 28-29
* Device-Directed Rendering
* Devices For Optical Processing (San Diego, Ca, July 23-24
* Devious: A Distributed Environment For Vision Tasks
* Dflap: A Dynamic Frequency Linear Array Processor
* Dft/Fft And Convolution Algorithms, Wiley
* Diagnostic Inferences From Image Sequences -- A Knowledge Based Approach
* Diagonal Quantization For The Hough Transform
* Diagonal Transforms Suffice For Color Constancy
* Diagram Query And Image Retrieval In Design
* Dialog On ``Expert'' Vision Systems: Comments
* Dialogue: A Computational And Evolutionary Perspective On The Role Of Representation In Vision
* Dialogues On Perception, Mit Press, Cambridge
* Diameter And Radius In The Manhattan Metric
* Diameter Of A Fuzzy Set, The
* Dictionary Of Computer Graphics Technology And Applications, Springer
* Diffeomorphism(S)Groupsandpatternmatching In Image Analysis
* Difference And Accumulative Difference Pictures In Dynamic Scene Analysis
* Difference Technique For Automatic Inspection Of Casting Parts, A
* Different Methods To Segment Biomedical Images
* Different States Of A Document'S Content On Its Way From The Gutenbergian World To The Electronic World
* Differential A*: An Adaptive Search Method Illustrated With Robot Planning For Moving Obstacles And Goals, And An Uncertain Environment
* Differential Algorithm For The Determination Of Shape From Shading Using A Point Light Source
* Differential And Integral Geometry Of Linear Scale-Spaces
* Differential And Numerically Invariant Signature Curves Applied To Object Recognition
* Differential And Semidifferential Invariant Signature Functions For Space Curve Recognition
* Differential And Topological Properties Of Medial Axis Transforms
* Differential Code For Shape Representation In Image Database Applications, A
* Differential Estimation Of The Global Motion Parameters Zoom And Pan
* Differential Invariants For Color Images
* Differential Invariants Of Planar Curves And Recognizing Partially Occluded Shapes
* Differential Invariants Without Derivatives
* Differential Method For Computing Local Shape-From-Texture For Planar And Curved Surfaces, A
* Differential Morphology And Image Processing
* Differential Morphology: Multiscale Image Dynamics, Max-Min Difference Equations, And Slope Transforms
* Differential Structure Of Images: Accuracy Of Representation
* Differential Surface Models For Tactile Perception Of Shape And On-Line Tracking Of Features
* Differentiating Sonar Reflections From Corners And Planes By Employing An Intelligent Sensor
* Differentiation-Based Edge Detection Using The Logarithmic Image Processing Model
* Differentiation/Enhancement Edge Detector And Its Properties, A
* Diffuse And Specular Reflection From Dielectric Surfaces
* Diffuse Edge Fitting And Following: A Location-Adaptive Approach
* Diffuse Interreflections. Techniques For Form-Factor Computation: A Survey
* Diffuse Reflectance From Rough Surfaces
* Diffuse Reflection
* Diffuse Shading, Visibility Fields, And The Geometry Of Ambient Light
* Diffusion-Based Description Of Shape, A
* Diffusion Mechanism For Obstacle Detection From Size-Change Information, A
* Digit-Serial Architecture For Gray-Scale Morphological Filtering, A
* Digital Analysis Of Rotated Images
* Digital And Optical Shape Representation And Pattern Recognition (Orlando, Fl, April 4-6
* Digital Boundary Tracking
* Digital Calculus
* Digital Cinematography, Academic Press
* Digital Circles
* Digital Coding Of Waveforms: Principles And Applications To Speech And Video, Prentice-Hall, Englewood Cliffs
* Digital Coding Techniques For Visual Communications
* Digital Color Imaging
* Digital Color Reproduction On Color Television Monitors
* Digital Compression Of Still Images And Video, Academic Press, Orlando
* Digital Compression Technologies And Systems For Video Communications Berlin, Germany, October 7-9
* Digital Computing With Optics
* Digital Connectedness Via Connectivity Graph
* Digital Connectivity And Extended Well-Composed Sets For Gray Images
* Digital Curvature Estimation
* Digital Diffusion Network For Image Segmentation
* Digital Disks And A Digital Compactness Measure
* Digital Disks
* Digital Elevation Model Analysis Using The Contact Surface Area
* Digital Elevation Model Production By Stereo-Matching Spot Image Pairs: A Comparison Of Two Algorithms
* Digital Filtering In One And Two Dimensions: Design And Applications, Plenum Press
* Digital Fundamental Group, A
* Digital Geometric Invariance And Shape Representation
* Digital Geometry For Hexagonal Pixels, A
* Digital Geometry May Not Be Discrete
* Digital Halftones By Dot Diffusion
* Digital Halftoning With Space Filling Curves
* Digital Halftoning, Mit Press, Cambridge
* Digital Image Analysis (Selva Di Fasano, Italy, November 15-18, 1982), Pitman
* Digital Image Compression Techniques, Tt 7, Spie, Bellingham
* Digital Image Processing-A Practical Primer, Prentice-Hall, Englewood Cliffs
* Digital Image Processing-Concepts, Algorithms, And Scientific Applications, Springer
* Digital Image Processing (Second Edition), Addison-Wesley, Reading
* Digital Image Processing (Second Edition), Wiley
* Digital Image Processing Algorithms, Prentice-Hall, Englewood Cliffs
* Digital Image Processing And Analysis: Volume I: Digital Image Analysis
* Digital Image Processing And Analysis: Volume I: Digital Image Processing
* Digital Image Processing And Computer Graphics: Applictaions In Humanities And Natural Sciences (Vienna, Austria, October 20-22
* Digital Image Processing And Computer Vision, Wiley
* Digital Image Processing And Visual Communications Technologies In Meteorology (Cambridge, Ma, October 27-28
* Digital Image Processing And Visual Communications Technologies In The Earth And Atmospheric Sciences (Boston, Ma, November 19-20
* Digital Image Processing And Visual Communications Technologies In The Earth And Atmospheric Sciences (Orlando, Fl, April 18-19
* Digital Image Processing In Industrial Application (Proceedings Of An Ifac Workshop, Espoo, Finland, June 10-12, 1986)
* Digital Image Processing In Remote Sensing, Taylor And Francis
* Digital Image Processing Methods, Dekker
* Digital Image Processing Techniques, Academic Press
* Digital Image Processing
* Digital Image Processing, Addison-Wesley, Reading
* Digital Image Processing, Computer Society Press, Washington
* Digital Image Processing, Prentice-Hall, Englewood Cliffs
* Digital Image Processing, Wiley
* Digital Image Processing: Principles And Applications, Wiley
* Digital Image Processing: Critical Review Of Technology (Los Angeles, Ca, January 22-23
* Digital Image Recovery And Synthesis (San Diego, Ca, July 12-13
* Digital Image Recovery And Synthesis Iii (Denver, Co, August 5-6
* Digital Image Registration By Sequential Analysis
* Digital Image Registration Using Projections
* Digital Image Restoration, Springer
* Digital Image Signal Processing, Artech House, Norwood
* Digital Image Thresholding Based On Topological Stable-State
* Digital Image Warping
* Digital Images And Human Vision, Mit Press, Cambridge
* Digital Images Of Geometric Pictures
* Digital Library For Geographically Referenced Materials, A
* Digital Metrics: A Graph-Theoretical Approach
* Digital Morphological Sampling Theorem, The
* Digital Optical Cellular Image Processor-Theory, Architecture, And Implementation, World Scientific, A
* Digital Optical Computing (Los Angeles, Ca, January 13-14
* Digital Optical Computing (Los Angeles, Ca, January 15-16
* Digital Optical Computing Ii (Los Angeles, Ca, January 17-19
* Digital Optics
* Digital Or Analog Hough Transform
* Digital Parallelism, Perpendicularity, And Rectangles
* Digital Photogrammetric Station ``Delta'' And Symmetric Intensity-Based Stereo
* Digital Picture Processing-An Introduction, Springer
* Digital Pictures-Representation And Compression, Plenum Press
* Digital Pictures: Representation, Compression, And Standards, Plenum Press
* Digital Planarity Of Rectangular Surface Segments
* Digital Plane And Grid Point Segments
* Digital Realization Of The Labeled Voronoi Diagram And Its Application To Closed Boundary Dtection
* Digital Representation Schemes For 3d Curves
* Digital Sar Processing Using A Fast Polynomial Transform
* Digital Scene Simulation: The Synergy Of Computer Technology And Human Creativity
* Digital Signal Processing-A Review Journal
* Digital Signal Processing Handbook, Crc Press, Boca Raton, The
* Digital Signal Processing Technology (Orlando, Fl, April 17-18
* Digital Signal Processing, Association And Tracking Of Point Source, Small And Cluster Targets (Orlando, Fl, March 27-29
* Digital Signal Restoration Using Fuzzy Sets
* Digital Squares
* Digital Step Edges From Zero Crossing Of Second Directional Derivatives
* Digital Straight Segments
* Digital Straightness And The Skeleton Property
* Digital Surfaces As A Basis For Building Isosurfaces
* Digital Surfaces
* Digital Television: Transmission And Coding
* Digital Topology In 2.5d: An Application To Topological Filling Of Well-Nested Objects
* Digital Topology On Graphs
* Digital Topology: Introduction And Survey
* Digital Type Manufacture: An Interactive Approach
* Digital Version Of The Matheron Representation Theorem For Increasing Tau-Mappings In Terms Of A Basis For The Kernel, A
* Digital Video Compression On Personal Computers: Algorithms And Techniques (San Jose, Ca, February 7-8
* Digital Video Compression: Algorithms And Technologies 1995 (San Jose, Ca, February 7-10
* Digital Video Compression: Algorithms And Technologies 1996 (San Jose, Ca, January 31-February 1
* Digital Video Processing, Prentice-Hall, Englewood Cliffs
* Digitale Bildverarbeitung, Springer
* Digitally Continuous Functions
* Digitization Constraints That Preserve Topology And Geometry
* Digitization Of Straight Line Segments-Closeness And Convexity
* Digitizations Preserving Topological And Differential Geometric Properties
* Digitized Circular Arcs: Characterization And Parameter Estimation
* Digitizer Technology: Performance Characteristics And The Effects On The User Interface
* Digitizing The Plane With Cells Of Nonuniform Size
* Dilation Algorithm For A Linear Quadtree
* Dimension-Independent Modeling With Simplicial Complexes
* Dimension Estimation Of Discrete-Time Fractional Brownian Motion With Applications To Image Texture Classification
* Dimensional Properties Of Graphs And Digital Spaces
* Dimensionality-Reduction Using Connectionist Networks
* Dimensionality In Image Analysis
* Dimensionality Reduction Using Multi-Dimensional Scaling For Content-Based Retrieval
* Dimensions Of Shape And Form, The
* Dipod: An Image Understanding Development And Implementation System
* Direct 3d Reconstruction From Projections With Initially Unknown Angles
* Direct Analytical Methods For Solving Poisson Equations In Computer Vision Problems
* Direct Computation Of Differential Invariants Of Image Contours From Shading
* Direct Computation Of Height From Shading, The
* Direct Computation Of Qualitative 3-D Shape And Motion Invariants
* Direct Computation Of Qualitative 3d Shape And Motion Invariants
* Direct Computation Of Shape Cues Using Scale-Adapted Spatial Derivative Operators
* Direct Computation Of Shape From Shading
* Direct Computation Of The Focus Of Expansion From Velocity Field Measurements
* Direct Computation Of The Foe With Confidence Measures
* Direct Construction Of Polynomial Surfaces From Dense Range Images Through Growing
* Direct Construction Of The Perspective Projection Aspect Graph Of Convex Polyhedra
* Direct Corner Detecting Algorithm, A
* Direct Data Approximation Based Motion Estimation Algorithm, A
* Direct Detection Of Flow Discontinuities By 3d Curvature Operators
* Direct Determination Of A Non Accelerating Greylevel Scene
* Direct Determination Of The Orientation Of A Translating 3d Straight Line
* Direct Differential Range Estimation Using Optical Masks
* Direct Dominance Problem, The
* Direct Egomotion Estimation
* Direct Estimation And Error Analysis For Oriented Patterns
* Direct Estimation Of Affine Image Deformations Using Visual Front-End Operations With Automatic Scale Selection
* Direct Estimation Of Deformable Motion Parameters From Range Image Sequence
* Direct Estimation Of Local Surface Shape In A Fixating Binocular Vision System
* Direct Estimation Of Motion And Extended Scene Structure From A Moving Stereo Rig
* Direct Estimation Of Multiple Disparities For Tranparent Multiple Surfaces In Binocular Stereo
* Direct Estimation Of Range Flow On Deformable Shape From A Video Rate Range Camera
* Direct Estimation Of Shape From Texture
* Direct Estimation Of Structure From Non-Linear Motion By Voting Algorithm Without Tracking And Matching
* Direct Estimation Of Time-To-Impact From Optical Flow
* Direct Evidence For Occlusion In Stereo And Motion
* Direct Least-Squares Fitting Of Algebraic Surfaces
* Direct Least Squares Fitting Of Ellipses
* Direct Linear Sub-Pixel Correlation By Incorporation Of Neighbor Pixels' Information And Robust Estimation Of Window Transformation
* Direct Manipulation Of Free-Form Deformations
* Direct Manipulation Of Generalized Cylinders Based On B-Spline Motion
* Direct Method For Locating The Focus Of Expansion, A
* Direct Method For Reconstructing Shape From Shading
* Direct Method For Stereo Correspondence Based On Singular Value Decomposition, A
* Direct Methods For Estimation Of Structure And Motion From Three Views
* Direct Methods For Evaluating The Planarity And Rigidity Of A Surface Using Only 2d Views
* Direct Methods For Recovering Motion
* Direct Methods For Self-Calibration Of A Moving Stereo Head
* Direct Minimization Approach For Obtaining The Distance Between Convex Polyhedra, A
* Direct Motion Stereo For Passive Navigation
* Direct Motion Stereo: Recovery Of Observer Motion And Scene Structure
* Direct Multi-Resolution Estimation Of Ego-Motion And Structure From Motion
* Direct Non-Linear Methods For Recovering Structure And Motion
* Direct Parametric Object Detection In Tomographic Images
* Direct Passive Navigation
* Direct Passive Navigation: Analytical Solution For Planes
* Direct Processing Of Curvilinear Sensor Motion From A Sequence Of Perspective Images
* Direct Recovering Of Nth Order Surface Structure Using Unified Optical Flow Field
* Direct Recovery Of Depth-Map I: Differential Methods
* Direct Recovery Of Motion And Range From Images Of Scenes With Time-Varying Illumination
* Direct Recovery Of Motion And Shape In The General Case By Fixation
* Direct Recovery Of Shape From Multiple Views: A Parallax Based Approach
* Direct Recovery Of Superquadric Models In Range Images Using Recover-And-Select Paradigm, A
* Direct Recovery Of Three-Dimensional Scene Geometry From Binocular Stereo Disparity
* Direct Representation And Detection Of Multi-Scale, Multi-Orientation Fields Using Differentiation Filters
* Direct Shape From Shading With Improved Rate Of Convergence
* Direct Shape From Texture Using A Parametric Surface Model And An Adaptive Filtering Technique
* Direct Solution Of Orientation-From-Color Problem Using A Modification Of Pentland'S Light Source Direction Estimator
* Direct Surface Parameter Estimation Using Structured Light: A Predictor-Corrector Based Approach
* Direct Surface Reconstruction From A Moving Sensor
* Direct Triangle Extraction By A Randomized Hough Technique
* Direct Visible Surface Interpolation
* Direct Visualization Of Volume Data
* Direct Wysiwyg Painting And Texturing On 3-D Shapes
* Directed Graph Representation For Root-Signal Set Of Median Filters
* Directed Sonar Sensing For Mobile Robot Navigation, Kluwer
* Directing An Animated Scene With Autonomous Actors
* Directing Attention To Onset And Offset Of Image Events For Eye-Head Movement Control
* Direction-Independent Application Of Productions On Two-Dimensional Arrays
* Direction-Independent Grammars With Contexts
* Direction-Weighted Line Fitting To Edge Data
* Direction Of Heading From Image Deformation
* Direction Of Regard Determination
* Direction Of Synthetic Actors In The Film Rendez-Vous A Montreal, The
* Direction Trees
* Directional Analysis Of Images In Scale Space
* Directional Dilation For The Connection Of Piece-Wise Objects: A Semiconductor Manufacturing Case Study
* Directional Distance Transforms And Height Field Preprocessing For Efficient Ray Tracing
* Directional Filtering Approach To Texture Discrimination, A
* Directional Filtering In Edge Detection
* Directional Moving Averaging Interpolation For Texture Mapping
* Directionality Detection In Compositional Textures
* Directions For Future Research-A Panel Discussion
* Directions In Geometric Computing, Information Geometers, Winchester
* Directions Of Motion Fields Are Hardly Ever Ambiguous
* Disambiguation Techniques For Recognition In Large Databases And For Under-Constrained Reconstruction
* Discontinuity-Preserving And Viewpoint Invariant Reconstruction Of Visible Surfaces Using A First Order Regularization
* Discontinuity-Preserving Surface Reconstruction Using Stochastic Differential Equations
* Discontinuity Adaptive Mrf Model For The Analysis Of Synthetic Aperture Radar Images
* Discontinuity Detection And Thresholding-A Stochastic Approach
* Discontinuity Detection For Visual Surface Reconstruction
* Discontinuity Detection From Band-Limited Signals
* Discontinuity Detector Based On The Pervasive Noise In Surface Property Data, A
* Discontinuity Meshing For Accurate Radiosity
* Discontinuity Preserving Regularization Of Inverse Visual Problems
* Discontinuity Preserving Surface Reconstruction Through Global Optimization
* Discontinuity Preserving Surface Reconstruction
* Discontinuity Preserving Visual Reconstruction By Means Of Potential Theory
* Discontinuous Mrf Prior And Robust Statistics: A Comparative Study
* Discrete-Index Markov-Type Random Processes
* Discrete-Relaxation-Based Heuristic Techniques For Video Algorithm/Architecture Matching And System Level Transformations
* Discrete-Time Cnn For Image Segmentation By Active Contours
* Discrete Active Models And Applications
* Discrete Analytical Hypersphere, The
* Discrete And Computational Geometry, Springer
* Discrete Beta-Splines
* Discrete Black And White Object Recognition Via Morphological Functions
* Discrete Circles, Rings And Spheres
* Discrete Circular Arcs
* Discrete Combinatorial Geometry, Pr 30
* Discrete Combinatorial Surfaces
* Discrete Convexity, Straightness, And The 16-Neighborhood
* Discrete Cosine Transform-Algorithms, Advantages, Applications, Academic Press
* Discrete Derivative Approximations With Scale-Space Properties: A Basis For Low-Level Feature Extraction
* Discrete Distance Operator On Rectangular Grids
* Discrete Euclidean Metrics
* Discrete Event Modeling Of Visually Guided Behaviors
* Discrete Expression Of Canny'S Criteria For Step Edge Detector Performances Evaluation, A
* Discrete Geodesic Problem, The
* Discrete Geometry For Computer Imagery-Foundations And Applications, Strasbourg, France
* Discrete Geometry From Computer Imagery (Sixth Dcgi Conference, Lyon, France, November 13-15, 1996), Springer
* Discrete Images, Objects, And Functions In Z(N), Springer
* Discrete Invertible Affine Transformations
* Discrete Models For Energy-Minimizing Segmentation
* Discrete Multidimensional Jordan Surfaces
* Discrete Range Clustering Using Monte Carlo Methods
* Discrete Ray Tracing
* Discrete Relaxation On Snap
* Discrete Relaxation Techniques, Oxford University Press, Oxford
* Discrete Relaxation
* Discrete Representation Of Spatial Objects In Computer Vision, Kluwer, Dordrecht
* Discrete Representation Of Straight Lines
* Discrete Scale-Space Representation, A
* Discrete Simulation Of Nc Machining
* Discrete Smooth Interpolation
* Discrete Techniques For 3-D Digital Images And Patterns Under Transformation
* Discrete Techniques For Computer Transformations Of Digital Images And Patterns
* Discrete Topology And Contour Definition
* Discrete Transforms And Their Applications, Van Nostrand
* Discrete Voronoi Diagrams And The Skiz Operator: A Dynamic Algorithm
* Discrete Warehouse Problem
* Discrete Wavelet Analysis: A New Framework For Fast Optic Flow Computation
* Discrete, Nonlinear Curvature-Dependent Contour Evolution
* Discretization Of Morphological Operators
* Discriminating Between Stars And Galaxies In Vdgc Images
* Discriminating Feature Tracker For Vision-Based Autonomous Driving, A
* Discrimination Between Visual Stimuli By Variation Of Shape And Relative Position Of Volumetric Primitives
* Discrimination Of Facial Regions Based On Dynamic Grids Of Point Representations
* Discrimination Of Planar Shapes Using Shape Matrices
* Discrimination Of Symbols, Lines, And Characters In Flow Chart Recognition
* Discrimination Properties Of Invariants Using The Line Moments Of Vectorized Contours
* Discrimination Vision
* Disiple: Digital Signal Processor Programming Language And Environment
* Disparity-Space Images And Large Occlusion Stereo
* Disparity And Occlusion Estimation For Multiview Image Sequences Using Dynamic Programming
* Disparity Based Scene Analysis
* Disparity Component Matching For Visual Correspondence
* Disparity Estimation For High Resolution Stereoscopic Reconstruction Using The Gnc Approach
* Disparity Functionals And Stereo Vision
* Disparity Gradient, Lipschitz Continuity, And Computing Binocular Correspondences
* Dispersive Refraction In Ray Tracing
* Displacement Constraints For Interactive Modeling And Animation Of Articulated Structures
* Displacement Errors In Surface Property Data
* Displacement Estimates Through Adaptive Affinities
* Displacement Mapping Using Flow Fields
* Displacement Method For Implicit Blending Surfaces In Solid Models, The
* Displacement Vector Field Computation By Temporal Covariance Model
* Display And Imaging, Gordon & Breach
* Display Of Clouds Taking Into Account Multiple Anisotropic Scattering And Skylight
* Display Of Density Volumes
* Display Of Discrete 3d Binary Objects: I-Shading
* Display Of Profiled Sweep Objects
* Display Of Surfaces From Volume Data
* Display Of The Earth Taking Into Account Atmospheric Scattering
* Display Of Visible Edges Of A Set Of Convex Polygons
* Display Techniques And Boundary Evaluation Of A Sweep-Csg Modeller
* Displaying 3d Images: Algorithms For Single-Image Random-Dot Stereograms
* Disrete Analytical Hyperplanes
* Dissertation Abstracts In Computer Graphics
* Distance-Hereditary Graphs, Steiner Trees, And Connected Domination
* Distance-Ordered Homotopic Thinning: A Skeletonization Algorithm For 3d Digital Images
* Distance Accumulation And Planar Curvature
* Distance Between Objects Represented By Octtrees Defined In Different Coordinate Systems
* Distance Bound For Sorting On Mesh-Connected Processor Arrays Is Tight, The
* Distance Field Manipulation Of Surface Models
* Distance For Elastic Matching In Object Recognition, A
* Distance Functions And Their Application To Robot Path Planning In The Presence Of Obstacles
* Distance Functions And Topologies
* Distance Functions Defined By Variable Neighborhood Sequences
* Distance Functions In Digital Geometry
* Distance Measure Based On Tree-Graph-Grammars: A Way Of Recognizing Hidden And Deformed 3d Complex Objects, A
* Distance Measure For Molecular Structures And Its Computing Method, A
* Distance Measure For Structural Descriptions Using Circle Arcs As Primitives, A
* Distance Measures For Color Image Retrieval
* Distance Measures For Point Sets And Their Computation
* Distance Measuring Method Using Only Simple Vision Constructed For Moving Robots
* Distance Metric Between 3d Models And 2d Images For Recognition And Classification
* Distance Metric For Multidimensional Histograms, A
* Distance Problems In Computational Geometry With Fixed Orientations
* Distance Transformation And Skeleton For Shape Feature Analysis
* Distance Transformations In Arbitrary Dimensions
* Distance Transformations In Digital Images
* Distance Transformations On Hexagonal Grids
* Distance Transforms: Properties And Machine Vision Applications
* Distances Between Fuzzy Sets
* Distances Defined By Neighborhood Sequences
* Distancia '92, International Meeting On Distance Analysis, Rennes, France
* Distorted Pattern Analysis With The Help Of Node Label Controlled Graph Languages
* Distortion-Correction Scheme For Industrial Machine-Vision Applications, A
* Distortion-Tolerance Curve Of The Neocognitron With Various Structures, Including Pyramid
* Distortion Invariant Object Recognition In The Dynamic Link Architecture
* Distortion Invariant Volterra Filters
* Distributed Algorithm For Embedding Trees In Hypercubes With Modifications For Run-Time Fault Tolerance, A
* Distributed Architecture And Parallel Non Directional Search For Knowledge-Based Cartographic Feature Extraction Systems
* Distributed Artificial Intelligence-An Annotated Bibliography
* Distributed Artificial Intelligence, Morgan Kaufmann, San Mateo
* Distributed Associative Memory (Dam) For Bin-Picking
* Distributed Associative Memory For Use In Scene Analysis
* Distributed Bayesian Object Recognition
* Distributed Belief Revision For Adaptive Image Processing Regulation
* Distributed Computing For Vision: Architecture And A Benchmark Test
* Distributed Computing For Vision: Architecture And Preliminary Results
* Distributed Firing Squad Problem, The
* Distributed Hierarchical Video-On-Demand System, A
* Distributed Image Processing Environment Vios Iii And Its Performance Evaluation, A
* Distributed Inference For Plausible Classification
* Distributed Learning Of Texture Classification
* Distributed Probabilistic System For Adaptive Regulation Of Image Processing Parameters, A
* Distributed Processing For Multiresolution Dynamic Scene Analysis
* Distributed Ray Tracing
* Distributed Real-Time Image Processing System, A
* Distributed Robust Image Mosaics
* Distributed Subcube Identification Algorithms For Reliable Hypercubes
* Distributed System For Analyzing Time-Varying Multiresolution Imagery, A
* Distribution Of Black Nodes At Various Levels In A Linear Quadtree
* Distributions Of Distances And Triangles In A Point Set And Algorithms For Computing The Largest Common Point Sets
* Dithering For K-Bit True-Color Graphics
* Dithering With Blue Noise
* Divergent Stereo For Robot Navigation: Learning From Bees
* Divergent Stereo In Autonomous Navigation: From Bees To Robots
* Divide-And-Conquer Strategy In Shape From Shading Problem, A
* Divide-And-Conquer Techniques For Detecting And Describing Global Features In Images
* Divide-And Conquer Approach With Heuristics Of Motion Planning For A Cartesian Manipulator, A
* Divided We Fall: Resolving Occlusions Using Causal Reasoning
* Division-Based Analysis Of Symmetry And Its Application
* Do Images Mean Anything?
* Do We Really Need An Accurate Calibration Pattern To Achieve A Reliable Camera Calibration?
* Document Analysis Systems Ii, World Scientific
* Document Analysis Systems, World Scientific
* Document Analysis With An Expert System
* Document Image Analysis For Generating Syntactic Structure Description
* Document Image Analysis
* Document Image Analysis, Ieee Computer Society Press, Los Alamitos
* Document Image Analysis: A Bibliography
* Document Image Analysis|An Executive Briefing, Ieee Computer Society Press, Los Alamitos
* Document Recognition (San Jose, Ca, February 9-10
* Document Recognition Ii (San Jose, Ca, February 6-7
* Document Recognition Iii (San Jose, Ca, January 29-30
* Document Recognition Iv San Jose, Ca, February 12-13
* Document Recognition System For Office Automation
* Document Recognition V (San Jose, Ca, January 28-29
* Document Segmentation And Coding Techniques
* Document Understanding System Incorporating With Character Recognition, A
* Document Understanding System
* Domain-Dependent Reasoning For Visual Navigation Of Roadways
* Dominant And Multiple Motion Estimation For Video Representation
* Dominant Views Of Solid Objects, The
* Domino-Tiling Games
* Dot Image Matching Using Local Affine Transformation
* Double-Step Generation Of Ellipses
* Double-Step Incremental Generation Of Lines And Curves
* Double-Step Incremental Linear Interpolation
* Double-Window Hodges-Lehman (D) Filter And Hybrid D-Median Filter For Robust Image Smoothing
* Double Smoothing Of Images Using Median And Wiener Filters
* Dp Matching Method For Recognition Of Occluded, Reflective And Transparent Objects With Unconstrained Background And Illumination
* Dpa: A Deterministic Approach To The Map Problem
* Dpcm Coding Of The Chrominance Signals For The Transmission Of Colour Tv Signals At 34 Mbits/S
* Dpcm Picture Coding Using Two-Dimensional Quantizer
* Dpcm Picture Coding With Two-Dimensional Control Of Adaptive Quantization
* Dracap: Drawing Capture For Electronic Schematics
* Drawing Antialiased Cubic Spline Curves
* Drawing Human Hair Using The Wisp Model
* Drawing Image Understanding Using State Transition Models
* Drawing Plane Graphs Nicely
* Drawing Polygons Given Angle Sequences
* Drawing Prism: A Versatile Graphic Input Device, The
* Drawing Scene Perception Model Based On The Human Visual System, A
* Dressing Animated Synthetic Actors With Complex Deformable Clothes
* Drive-Dynamic Reasoning From Integrated Visual Evidence
* Driving Saccade To Pursuit Using Image Motion
* Driving Vision By Topology
* Dual-Channel Iterative Even-Median Filter
* Dual Computation Of Projective Shape And Camera Positions From Multiple Images
* Dual Graph Contraction For Irregular Pyramids
* Dual Plane Variation Of The Hough Transform For Detecting Non-Concentric Circles Of Different Radii, A
* Dual Quaternion Approach To Hand-Eye Calibration, The
* Dual Representation Of Gray-Scale Morphological Filters, The
* Dual Stack Filters And The Modified Difference Of Estimates Approach To Edge Detection
* Duality Of Multi-Point And Multi-Frame Geometry: Fundamental Shape Matrices And Tensors
* Duality, Rigidity And Planar Parallax
* Dupin'S Cyclide And The Cyclide Patch
* Dyadic Scale Space
* Dynamic-Scale Model Construction From Range Imagery
* Dynamic 3-D Scene Analysis Through Synthesis Feedback Control
* Dynamic 3d Models With Local And Global Deformations: Deformable Superquadrics
* Dynamic 3d Models With Local And Global Deformations: Deformable Superquadrics
* Dynamic Algorithms In Computational Geometry
* Dynamic Analysis Of Apparent Contours, The
* Dynamic And Multiresolution Model Of Visual Attention And Its Application To Facial Landmark Detection, A
* Dynamic And Static Microcomputer-Based Stereogram Generator, A
* Dynamic Animation: Interaction And Control
* Dynamic Appearance-Based Recognition
* Dynamic Archival Scene Model
* Dynamic Aspects In Active Vision
* Dynamic Attention Map By Ising Model For Human Face Detection
* Dynamic Attributes, Code Generation And The Iue
* Dynamic C-Oriented Polygonal Intersection Searching
* Dynamic Calibration And Compensation Of A 3-D Laser Radar Scanning System
* Dynamic Calibration Of An Active Stereo Head
* Dynamic Camera Calibration
* Dynamic Camera Self-Calibration From Controlled Motion Sequences
* Dynamic Catmull-Clark Subdivision Surfaces
* Dynamic Cell Structures For The Evaluation Of Keypoints In Facial Images
* Dynamic Clustering Of Maps In Autonomous Agents
* Dynamic Computational Geometry On Meshes And Hypercubes
* Dynamic Connectivity In Digital Images
* Dynamic Contour: A Texture Approach And Contour Operations
* Dynamic Control And Prototyping Of Parallel Algorithms For Intermediate- And High-Level Vision
* Dynamic Deformation Of Solid Primitives With Constraints
* Dynamic Depth Extraction Method, A
* Dynamic Digital Distance Maps In Two Dimensions
* Dynamic Edge Warping: Experiments In Disparity Estimation Under Weak Constraints
* Dynamic Edge Warping: An Experimental System For Recovering Disparity Maps In Weakly Constrained Systems
* Dynamic Energy Image With Applications, A
* Dynamic Estimation Of Optical Flow Field Using Objective Functions
* Dynamic Fault Reconfiguration In A Mesh-Connected Mimd Environment
* Dynamic Feature Extraction Via The Velocity Hough Transform
* Dynamic Feature Point Tracking In An Image Sequence
* Dynamic Fixation And Active Perception
* Dynamic Fixation
* Dynamic Foveal 3d Sensing Using Affine Models
* Dynamic Free-Form Deformations For Animation Synthesis
* Dynamic Frequency Linear Array Processor For Image Processing, A
* Dynamic Generalized Hough Transform, The
* Dynamic Generalized Hough Transform: Its Relationship To The Probabilistic Hough Transforms And An Application To The Concurrent Detection Of Circles And Ellipses, The
* Dynamic Histogram Warping Of Image Pairs For Constant Image Brightness
* Dynamic Imagery Modeling And Motion Estimation Using Weak Formulations
* Dynamic Integration Algorithm To Model Surfaces From Multiple Range Views, A
* Dynamic Integration Of Height Maps Into A 3-D World Representation From Range Image Sequences
* Dynamic Integration Of Height Maps Into A 3d World Representation From Range Image Sequences
* Dynamic Intelligent Scheduling And Control Of Reconfigurable Architectures For Computer Vision/Image Processing
* Dynamic Intelligent Scheduling And Control Of Reconfigurable Parallel Architectures For Computer Vision/Image Processing
* Dynamic Interface For Machine Vision Systems
* Dynamic Link Matching For Multiple Object Recognition
* Dynamic Load-Balancing Of Image Processing Applications On Clusters Of Workstations
* Dynamic Map Building For An Autonomous Mobile Robot
* Dynamic Measurement Of Computer Generated Image Segmentations
* Dynamic Model Matching For Target Recognition From A Mobile Platform
* Dynamic Model Of Visual Recognition Predicts Neural Response Properties In The Visual Cortex
* Dynamic Monocular Machine Vision
* Dynamic Monotone Priorities On Planar Sets
* Dynamic Motion Planning Of Autonomous Vehicles
* Dynamic Motion Vision
* Dynamic Multisensor Data Fusion System For Intelligent Robots
* Dynamic Neural Estimation For Autonomous Vehicles Driving
* Dynamic Nurbs With Geometric Constraints For Interactive Sculpting
* Dynamic Object Capture Using Fast Vision Tracking, Ai Magazine 181
* Dynamic Occlusion Analysis In Optical Flow Fields
* Dynamic Orthogonal Segment Intersection Search
* Dynamic Path Planning In Sensor-Based Terrain Acquisition
* Dynamic Pictorial Database(S) Design For Similarity Retrieval
* Dynamic Programming Algorithm For Elastic Registration Of Distorted Pictures Based On Autoregressive Models, A
* Dynamic Programming Approach For Stereo Line Matching With Structural Information, A
* Dynamic Programming Approach To Line Segment Matching In Stereo Vision, A
* Dynamic Programming Delineation
* Dynamic Programming For Detecting, Tracking, And Matching Deformable Contours
* Dynamic Programming In The Recognition Of Connected Handwritten Script
* Dynamic Programming Inference Of Markov Networks From Finite Sets Of Sample Strings
* Dynamic Pyramid-A Model For Motion Analysis With Controlled Continuity, The
* Dynamic Quantization: Two Adaptive Data Structures For Multidimensional Spaces
* Dynamic Reconstruction Of 3d Structure And 3d Motion
* Dynamic Relevance: Vision-Based Focus Of Attention Using Artificial Neural Networks
* Dynamic Retina: Contrast And Motion Detection For Active Vision, The
* Dynamic Retina: Contrast And Motion Detection For Active Vision, The
* Dynamic Rigid Motion Estimation From Weak Perspective
* Dynamic Scene Analysis And The 8-Point Algorithm
* Dynamic Scene Analysis And Video Target Tracking
* Dynamic Scene Analysis
* Dynamic Scene Anlysis Using Path And Shape Coherence
* Dynamic Scene Understanding For Autonomous Mobile Robots
* Dynamic Screen Technique For Shaded Graphics Display Of Slice-Represented Objects, A
* Dynamic Segment Intersection Search With Applications
* Dynamic Sensor-Based Control Of Robots With Visual Feedback
* Dynamic Sensor Planning
* Dynamic Shading, Motion Parallax And Qualitative Shape
* Dynamic Shape
* Dynamic Simulation Of Non-Penetrating Flexible Bodies
* Dynamic Stereo In Visual Navigation
* Dynamic Stereo With Self-Calibration
* Dynamic Stereo: Passive Ranging To Moving Objects From Relative Image Flows
* Dynamic Stereo: Passive Ranging To Moving Objects From Relative Image Flows
* Dynamic Strip Algorithm In Curve Fitting
* Dynamic System For Object Description And Correspondence, A
* Dynamic Tactile Sensing: Perception Of Fine Surface Features With Stress Rate Sensing
* Dynamic Target Recognition System, A
* Dynamic Threshold Determination By Local And Global Edge Evaluation
* Dynamic Thresholding Of Grey-Level Images
* Dynamic Tree Embeddings In Butterflies And Hypercubes
* Dynamic Two-Strip Algorithm In Curve Fitting
* Dynamic Updating Of Planar Structure And Motion: The Case Of Constant Motion
* Dynamic Vergence Using Log-Polar Images
* Dynamic Vision
* Dynamic Visual Motion Estimation From Subspace Constraints
* Dynamic Waveform Matching
* Dynamic Wires: An Analog Vlsi Model For Object-Based Processing
* Dynamic World Modeling For An Intelligent Mobile Robot
* Dynamic World Modeling Using Vertical Line Stereo
* Dynamic, First-Fit Packings In Two Or More Dimensions
* Dynamical Characteristics Of Linear Cellular Automata
* Dynamical Organisation For Situated Image Interpretation, A
* Dynamical Sets Of Points
* Dynamical Systems And Cellular Automata (Proceedings Of A Conference On Dynamical Behavior Of Cellular Automata: Theory And Applications, Luminy, France, September 13-17, 1983), Academic Press
* Dynamical Systems Approach To Integration In Stereo, A
* Dynamically Quantized Pyramids For Hough Vote Collection
* Dynamically Re-Configurable ``Mail-Image Box'' For Real Time Image Processing, A
* Dynamics And Unification Of Animation Control
* Dynamics Of Nonlinear Relaxation Labeling Processes, The
* Dynamization Of Geometric Data Structures
* Dypers: Dynamic Personal Enhanced Reality System

Index for "e"


Last update:21-Oct-08 21:19:58
Use price@usc.edu for comments.